Yes, they sell them, once you get it, plug it into your USB port on your computer and you can use it.
The cast of One Missing Piece to the New World Order - 2012 includes: Michael Hoggard as himself
With only one number, you cannot - unless that one number happens to be the measure of the missing angle!
yes you can. Firstly you have to report it missing by calling oyster hotline number. Normally you will have to pay £10 to get a new one.
need to find the missing number 8(7+23)=8(7)+8( )
The answer will depend on where, in the sequence, the missing number is meant to be. Also, in each case, there are infinitely many possible answers since it is possible to find a polynomial of degree 5 (or higher) that will go through each of the above numbers and ANY other number, missing from ANY position.Using polynomials of order 4, though, there is only one answer for each position. For example,First number missing: 171Un= (-27n4+ 422n3- 2364n2+ 5611n - 4668)/6Last number missing: 218Un= (-27n4+ 314n3- 1260n2+ 2041n - 1026)/6The answer will depend on where, in the sequence, the missing number is meant to be. Also, in each case, there are infinitely many possible answers since it is possible to find a polynomial of degree 5 (or higher) that will go through each of the above numbers and ANY other number, missing from ANY position.Using polynomials of order 4, though, there is only one answer for each position. For example,First number missing: 171Un= (-27n4+ 422n3- 2364n2+ 5611n - 4668)/6Last number missing: 218Un= (-27n4+ 314n3- 1260n2+ 2041n - 1026)/6The answer will depend on where, in the sequence, the missing number is meant to be. Also, in each case, there are infinitely many possible answers since it is possible to find a polynomial of degree 5 (or higher) that will go through each of the above numbers and ANY other number, missing from ANY position.Using polynomials of order 4, though, there is only one answer for each position. For example,First number missing: 171Un= (-27n4+ 422n3- 2364n2+ 5611n - 4668)/6Last number missing: 218Un= (-27n4+ 314n3- 1260n2+ 2041n - 1026)/6The answer will depend on where, in the sequence, the missing number is meant to be. Also, in each case, there are infinitely many possible answers since it is possible to find a polynomial of degree 5 (or higher) that will go through each of the above numbers and ANY other number, missing from ANY position.Using polynomials of order 4, though, there is only one answer for each position. For example,First number missing: 171Un= (-27n4+ 422n3- 2364n2+ 5611n - 4668)/6Last number missing: 218Un= (-27n4+ 314n3- 1260n2+ 2041n - 1026)/6
What is the missing number in the sequence is a Math question under the Sequences lesson. In this type of question, a line of numbers is listed with one or more numbers missing, so that the student has to work out what the number is.
get a new one
An equivalent fraction is just a multiple of the one that you have (i.e it is the one that you have, scaled up or down). So multiply the fraction that you have until either the numerator or the denominator match the given numerator/denominator of the fraction with the missing number. The number in the corresponding place on the fraction that you multiplied is the missing number.
One fourth of 8 is 2.
Go buy a new one
there is not one
There are two major problems in answering this question. The first problem is that there are infinitely polynomials of order 7 that will give these as the first seven numbers and any one of these could be "the" rule. There are also non-polynomial solutions. Short of reading the mind of the person who posed the question, there is no way of determining which of the infinitely many solutions is the "correct" one. The second problem is that you have not specified where, in the sequence the missing number should have been. If the missing number was the last, the simplest polynomial rule of order 6 ist(n) = (-36*n^6 + 854*n^5 - 7945*n^4 + 36680*n^3 - 87299*n^2 + 99386*n - 39600)/120 for n = 1, 2, 3, ... and, accordingly the next number is -396. If missing number was the first, the simplest polynomial rule of order 6 is different and the first number is 330.